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Driving Change in Heavy-Duty Mobility
The evolution of transportation technologies, particularly Electric Vehicles (EVs) and Fuel Cell Electric Vehicles (FCEVs), plays a crucial role in the energy transition and the reduction of greenhouse gas emissions.
In this context, vehicle range is a key factor, especially for buses and trucks, as it directly influences the adoption of these technologies in the market. Electric buses and trucks, powered by batteries, and fuel cell vehicles, which use hydrogen, offer alternative solutions to internal combustion engines, but their range capabilities vary, and their deployment around the world can be uneven.
Global Availability of Vehicle Types by Region
A Regional Breakdown of Vehicle Diversity and Latest Model Introduction
The distribution of available vehicle types varies significantly across regions, reflecting different levels of adoption and market focus.
The United States and Canada lead the way with 8 vehicle types, including advanced options like yard tractors and step vans, with the most recent models introduced in 2024, showcasing a rapidly evolving market.
China follows with 5 vehicle types, featuring modern cargo vans, buses, and trucks, with updates as recent as 2023. Europe offers a diverse selection of 4 types, including buses and trucks, with the latest models from 2024.
In contrast, India and Latin America lag in adopting the latest technologies. India, with 4 vehicle types, and Latin America, with 5, primarily use older models, which highlights slower technological adoption in these regions. Australia focuses on 2 vehicle types, primarily cargo and heavy-duty trucks, with its most recent updates from 2022.
Two Technologies, Two Performances
Range Performance in Electric and Fuel Cell Vehicle Technologies
The range of heavy-duty vehicles constitutes a critical factor, as it directly influences their operational efficiency and appropriateness for long-haul transportation.
Fuel cell vehicles have demonstrated superior effectiveness regarding range, particularly for larger models such as high freight trucks (HFT), whereby the range exceeds that of electric vehicles by over twofold.
Furthermore, fuel cell buses and medium freight trucks (MFT) provide approximately 60% greater range in comparison to their electric counterparts, thereby emphasizing the advantages of fuel cell technology for long-distance applications.
Fig. 2: Comparison of Range Capabilities Between Electric and Fuel Cell Heavy-Duty Vehicles
The Evolution of Vehicle Range
Progress and Advances from 2019 to 2023
Between 2019 and 2023, there has been a considerable enhancement in vehicle ranges. The average range has more than doubled, escalating from 260 km in 2019 to 621 km in 2023, primarily attributed to advancements in technology for heavy-duty trucks.
Additionally, the performance of heavy-duty trucks, particularly those featuring the latest technologies, has experienced a notable surge, achieving a maximum range of 1,287 km in 2023. In fact, a new heavy-duty truck deployed in the United States and Canada in 2024 offers an impressive range of nearly 1,500 km (data not shown).
These trends signify the swift progression of vehicle performance, especially in fulfilling the requirements of long-haul transportation.